Large Marine Ecosystem: Barents Sea vs Large Marine Ecosystem: East Central Australian Shelf: Coastal eutrophication: Total Phosphorus (TP) (kilograms of)

Large Marine Ecosystem: Barents Sea
197.61 kg km2 per day
in 2015
Large Marine Ecosystem: East Central Australian Shelf
225.71 kg km2 per day
in 2015
Large Marine Ecosystem: Barents Sea rank
48th
Large Marine Ecosystem: East Central Australian Shelf rank
47th

Coastal eutrophication: Total Phosphorus (TP) (kilograms of) over time

  • Large Marine Ecosystem: Barents Sea
  • Large Marine Ecosystem: East Central Australian Shelf
100150200250200020072015

How they compare

Large Marine Ecosystem: East Central Australian Shelf currently reports 225.71 kg km2 per day against 197.61 kg km2 per day in Large Marine Ecosystem: Barents Sea, a difference of 28.1 kg km2 per day.

That makes Large Marine Ecosystem: East Central Australian Shelf's figure about 1.1 times Large Marine Ecosystem: Barents Sea's.

The two have swapped places 3 times across 16 shared years of data; in 2000 it was Large Marine Ecosystem: Barents Sea ahead.

Large Marine Ecosystem: Barents Sea ranks 48th and Large Marine Ecosystem: East Central Australian Shelf ranks 47th of 64 countries.

Across the 2 decades both report, Large Marine Ecosystem: Barents Sea averaged higher in 1 and Large Marine Ecosystem: East Central Australian Shelf in 1.

Head to head by decade

Decade Large Marine Ecosystem: Barents Sea Large Marine Ecosystem: East Central Australian Shelf Difference Ahead
2000s 200.07 kg km2 per day 125.19 kg km2 per day 74.88 kg km2 per day Large Marine Ecosystem: Barents Sea
2010s 163.94 kg km2 per day 196.01 kg km2 per day 32.07 kg km2 per day Large Marine Ecosystem: East Central Australian Shelf

Averages of every year both report within each decade.

Frequently asked questions

Which has higher coastal eutrophication: total phosphorus (tp) (kilograms of), Large Marine Ecosystem: Barents Sea or Large Marine Ecosystem: East Central Australian Shelf?
Large Marine Ecosystem: East Central Australian Shelf, at 225.71 kg km2 per day against 197.61 kg km2 per day in Large Marine Ecosystem: Barents Sea as of 2015.
What is the difference in coastal eutrophication: total phosphorus (tp) (kilograms of) between Large Marine Ecosystem: Barents Sea and Large Marine Ecosystem: East Central Australian Shelf?
28.1 kg km2 per day, with Large Marine Ecosystem: East Central Australian Shelf ahead.
How many years of comparable data are there for Large Marine Ecosystem: Barents Sea and Large Marine Ecosystem: East Central Australian Shelf?
16 years are reported by both, from 2000 to 2015.
How do Large Marine Ecosystem: Barents Sea and Large Marine Ecosystem: East Central Australian Shelf rank globally for coastal eutrophication: total phosphorus (tp) (kilograms of)?
Large Marine Ecosystem: Barents Sea ranks 48th and Large Marine Ecosystem: East Central Australian Shelf ranks 47th of 64 countries.
Where does this data come from?
United Nations Statistics Division, SDG Global Database, published as Coastal eutrophication: Total Phosphorus (TP) (kilograms of phosphorus from algae biomass per sq. km. of river basin area per day). Statizoid refreshes it automatically from the source and publishes the full history for both places.

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Large Marine Ecosystem: Barents Sea vs Large Marine Ecosystem: East Central Australian Shelf: Coastal eutrophication: Total Phosphorus (TP) (kilograms of). Statizoid, drawing on United Nations Statistics Division, SDG Global Database. Retrieved 10 September 2026, from https://development-goals.statizoid.com/compare/coastal-eutrophication-total-phosphorus-tp-kilograms-of-phosphorus-from-algae-biomass-per/large-marine-ecosystem-barents-sea/large-marine-ecosystem-east-central-australian-shelf/

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About this data

Indicator
Coastal eutrophication: Total Phosphorus (TP) (kilograms of phosphorus from algae biomass per sq. km. of river basin area per day)
Unit
kg km2 per day
Source
United Nations Statistics Division, SDG Global Database
Licence
UN SDG Global Database (open, attribution requested)
Coverage
66 places, 1,056 data points, 2000–2015
Last refreshed